Q261.The value of / 2 0 cosx dx 1 sinx is–
Integration, Applications Of Integration And Area Bounded By Curve questions
Q262.2 2 a x 0 e dx is equal to–
Q263./ 2 3 / 2 (sin x) dx is equal to–
Q264.The value of 0 (sinx)dx π ∫ ∫ xf is–
Q265.The value of the integral 1 1 2 2 0 0 (x y)dx.dy + ∫∫ ∫∫ is–
Q266.The value of integral 1 3 2 1 x dx 1 x is–
Q267.If / 2 n n 0 U sin d, n 1, then the value of n n 2 n 1 U U n is–
Q269.The value of ∫ n-1 m +n 0 x dx (1 + x) ∞ is:
Q270.The value of integral ∫ 3 1 2 2 -1 x dx (x + 2)
Q271.The vaue of () ∫ π/2 0 cos x -sin x dx 1+ sin x cos x is:
Q272.∫ 1 2 0 log(1+x) dx 1+x is equal to:
Q273.1 ∞ →∞ ∫ -x u dx lim 1+ e equals:
Q274.The value of the double integral 2 − ∫ ∫ x 0 (sinx)y dx dy: is
Q276.If (((()))) ((()) n a 2 2 n 0 I a x dx, n 0 = − > = − > = − > = − > ∫ ∫ then the value of I3 is:
Q278.If n 4 n 0 tan xdx π φ = φ = ∫ ∫ ∫, then n n 2 − φ + φ + φ + φ + φ is equal to:
Q279.The value of the integral 1 | x |dx − ∫ ∫ is equal to:
Q280.The value of the integral 2 0 dx 1 tan x π + ∫ ∫ is:
Topics to cover next.
General practice
Topic-wise questions and study coverage will appear here.